The Minnesota Aquatic Invasive Species Research Center (MAISRC) has launched a rapid response project to conduct genetic testing on zebra mussels that were inadvertently distributed across the United States and Canada hiding within aquarium moss balls and sold at pet stores, including in Minnesota.
MAISRC is partnering with the University of Minnesota Genomics Center (UMGC) to conduct the testing at the University’s Twin Cities campus.
MAISRC Director and Research Fellow Dr. Nicholas Phelps is managing the rapid response project.
“We are sequencing the genetic markers from the moss ball zebra mussels to determine their origins and to build a database that can be used for future comparisons. That way, if any new lakes become infested with zebra mussels in Minnesota over the next few years, we may be able to genetically link those populations,” explained Phelps. “Was the new lake infested from a neighboring infested lake, or was it from the release of these moss ball zebra mussels? By conducting this genetic testing now, we’ll be able to know.”
Yes, moss balls are a real thing. And it's possible zebra mussels aren't just traveling by boat anymore, they may have moved into Minnesota pet stores.
Why is it NOT good? For that let's take a quick look at what the United States Geological Survey (USGS) says...
Zebra mussels are an invasive, fingernail-sized mollusk...(they) probably arrived in the Great Lakes in the 1980s via ballast water that was discharged by large ships from Europe. They have spread rapidly...(they) ...filter out algae that native species need for food and they attach to--and incapacitate--native mussels. Power plants must also spend millions of dollars removing zebra mussels from clogged water intakes.
The long and the short of it is we don't want these...and if they're being spread via pet store moss balls, the problem will just keep getting bigger because of a lot of us have fish tanks.
University of Minnesota Rapid Response Project to Test Zebra Mussels Found in Pet Stores Across U.S. and Canada
The Minnesota Aquatic Invasive Species Research Center (MAISRC) has launched a rapid response project to conduct genetic testing on zebra mussels that were inadvertently distributed across the United States and Canada hiding within aquarium moss balls and sold at pet stores—including in Minnesota. MAISRC is partnering with the University of Minnesota Genomics Center (UMGC) to conduct the testing at the UMN’s Twin Cities campus.
Who really cares about a predatory zooplankton that can barely be seen with the naked eye?
Fishermen might care when gelatinous blobs stick to their fishing poles and prevent them from landing a fish or their catch is lacking.
Spiny waterfleas are a zooplankton (crustaceans, not insects), that live in open water.
BREEZY POINT — The Minnesota Aquatic Invasive Species Research Center, the United States Geological Survey and their partners are hosting a virtual meeting 7-8 p.m. Tuesday, March 23, to provide information to Pelican Lake community members about the upcoming zebra mussel suppression project this summer.
During the first half of the meeting, researchers will provide an overview of the upcoming project and the work that has led up to this point. The second half of the hour will be open to questions from the public.
Anyone who lives on, near or uses Pelican Lake is welcome to attend the open house. To attend the meeting, community members are encouraged to register via Eventbrite.
FERGUS FALLS, Minn. — Zebra mussels first invaded Minnesota lakes three decades ago, causing biologists and anglers to sound the alarm on the damage they could do to the state's fisheries. The thumbnail-sized creatures filter food particles out of the water, upsetting a lake's food chain and starkly increasing water clarity.
With walleye angling being a major recreational pursuit as well as the driver of a multi-billion dollar industry, the worry was that a collapse of the state's most popular fish would damage to an important piece of Minnesota.
Although it's illegal, too many anglers still release their leftover bait into lakes and rivers. The frequency of this behavior is concerning as it carries the risk of introducing fish pathogens to popular fishing waters.
Yet it continues to happen.
About 20 percent of anglers responding to a survey by the Minnesota Aquatic Invasive Species Research Center at the University of Minnesota owned up to the practice, saying they did so on some of their fishing trips.
Would you eat green carp and ham? Would you eat it in a Dodge Ram? Or in an ice house or on an ice dam?
When European settlers immigrated to the United States during the 1600s, 1700s and 1800s, they brought along seeds for crops, chickens to lay eggs, and an assortment of animals to ensure that they would have plenty to eat in their new homeland. Some of these imports – wheat and cows for example – remain staples of our modern American food system.
Others have fallen out of favor and are now considered pests. Such is the fate of dandelions and common carp.
Common carp, which are native to Europe and Asia, were introduced to lakes in the Midwest as a game fish during the 1880s. Unfortunately, the fish proved to be a highly damaging aquatic invasive species, especially in shallow lakes and wetlands.
It seems that the next troublesome invasive species in the Upper Midwest is a tiny one. The spiny water flea has been latching onto fishing equipment, traveling the Great Lakes for decades, but now they are being transported to some of the most pristine waters in the Upper Midwest. The spiny water flea is about half an inch long. It’s a creepy little critter, with a single, distinctive black eyespot at the head of one to four spines. A barbed tail juts out of its backside, making up about 70 percent of its length. The translucent hitchhiker hooks onto watercraft, fishing lines—essentially everything and anything that touches the water—and then gets transported to new waters.
Corn. Herpes. An underwater conveyor belt. The most promising weapons against one of the most invasive and destructive fish in the United States are not exactly traditional.
Over the past decade, researchers at the University of Minnesota have tested a number of strange ideas to find a method to eradicate or at least cut down the number of common carp that have taken over and changed the makeup of lakes and wetlands throughout the state.